Functional and neurophysiological effects of a progressive robot assisted gait intervention early post stroke

Keyphrases

1. Neuropharmacological Effect 100%
2. Robot-assisted Gait Training 100%
3. Post-stroke 100%
4. Functional Impact 100%
5. Gait Intervention 100%
6. Intervention Early 100%
7. Walking Exercise 75%
8. Functional Recovery 68%
9. Walking Robot 56%
10. Healthy Controls 56%
11. Renormalization 56%
12. Exoskeleton 56%
13. Assist-as-needed 50%
14. Adaptation 37%
15. High Dose 37%
16. Neuromuscular Function 37%
17. Acute Phase 31%
18. Exoskeleton Robot 25%
19. Robotic Intervention 25%
20. Motor Recovery 18%
21. Individual Intervention 18%
22. EEG-EMG 18%
23. Practice Training 18%
24. Response to Injury 18%
25. Ipsilesional 18%
26. Rehabilitation Interventions 18%
27. Structural State 18%
28. Robot Assistance 18%
29. Optimal Combination 18%
30. Technology-based Intervention 18%
31. Massed Practice 18%
32. Mobile Imaging 18%
33. Resting State 18%
34. Motor Cortex Excitability 18%
35. Age-matched 18%
36. Curve Slope 18%
37. Recruitment Curve 18%
38. Maladaptive Plasticity 18%
39. Walking Function 18%
40. Therapeutic Effect 18%
41. Volitional Movement 18%
42. Fine-wire EMG 18%
43. Optimal Dosing 18%
44. Early Administration 18%
45. Excitability Curves 18%
46. Gait Therapy 18%
47. Functional Modulation 18%
48. Stroke Control 18%
49. Healthy Pattern 18%
50. Active Intervention 18%
51. Longitudinal Measures 18%
52. Primary Motor Cortex 18%
53. Robot-assisted 18%
54. Neuromuscular Adaptation 12%
55. Interdisciplinary Research Teams 12%
56. Neuroplasticity 12%